| 31. | The sister chromatids by convention are now called sister chromosomes as they move toward opposing poles.
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| 32. | Chromatid pairs are normally genetically identical, and said to be homologous versions of a chromosome.
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| 33. | Premature dissociation of the chromatids can lead to chromosome missegregation and aneuploidy in the daughter cells.
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| 34. | This hypothesis states that sister chromatids have differing epigenetic signatures, thereby also differing expression regulation.
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| 35. | The sister chromatids are segregated to separate daughter cells to produce a total of four haploid cells.
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| 36. | Furthermore, an individual gamete can include an assortment of maternal, paternal, and recombinant chromatids.
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| 37. | One daughter cell receives both sister chromatids from the nondisjoining chromosome and the other cell receives none.
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| 38. | "Anaphase lag " occurs when the movement of one chromatid is impeded during anaphase.
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| 39. | To clarify the terminology, each chromosome has two chromatids, and each chromatid has a kinetochore.
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| 40. | To clarify the terminology, each chromosome has two chromatids, and each chromatid has a kinetochore.
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